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Projection of Solids (Tamil) | Part 3 - Problem |Lecture 10.3 |Engineering Graphics |Hexagonal Prism
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A solid is a three-dimensional object, i.e. it should have three dimensions such as length, breadth, thickness etc. Various shapes of solids are considered such as prisms, pyramids, cylinder, cone etc. The topic "Projection of Solids" in Engineering Graphics describes how different 2D views of a solid have been drawn in a drawing sheet. The solid is usually located in the first quadrant formed by the principal planes and followed by the first angle projection.
There are four different positions of a solid as follows,
1. Axis is parallel to both the planes
2. Axis is perpendicular to one plane and parallel to the other
3. Axis is inclined to one plane and parallel to the other
4. Axis is inclined to both the planes
Watch this part 3 (Tamil) video (Lecture 10.3) @SM EDUTALK that explains the following hexagonal prism problem.
A hexagonal prism, side of base 25 mm and axis 50 mm long rests with one of its base edges on HP, such that the base containing that edge makes an angle of 30o to HP and its axis is parallel to VP. Draw its projections.
For more videos about Engineering Graphics in both Tamil & English,
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Projection of Solids (Tamil) | Part 2 - Problem | Lecture 10.2 | Engineering Graphics
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There are four different positions of a solid as follows,
1. Axis is parallel to both the planes
2. Axis is perpendicular to one plane and parallel to the other
3. Axis is inclined to one plane and parallel to the other
4. Axis is inclined to both the planes
Watch this part 3 (Tamil) video (Lecture 10.3) @SM EDUTALK that explains the following hexagonal prism problem.
A hexagonal prism, side of base 25 mm and axis 50 mm long rests with one of its base edges on HP, such that the base containing that edge makes an angle of 30o to HP and its axis is parallel to VP. Draw its projections.
For more videos about Engineering Graphics in both Tamil & English,
Click the following link to enter into the Channel Page :
Follow me on Instagram :
Make me your friend on Facebook :
Projection of Solids (Tamil) | Part 2 - Problem | Lecture 10.2 | Engineering Graphics
Projection of Solids (Tamil)| Part 1-Intro & Drawing procedure | Lecture 10.1 | Engineering Graphics
Projection of Planes (Tamil) | Part 5 - Problem| Lecture 9.5 | Engineering Graphics|Hexagonal lamina
Projection of Planes (Tamil) | Part 4 - Problem | Lecture 9.4 | Engineering Graphics
Projection of Planes (Tamil) | Part 3 - Problem | Lecture 9.3 | Engineering Graphics
Projection of Planes (Tamil) | Part 2 - Problems | Lecture 9.2 | Engineering Graphics
Projection of Planes (Tamil) | Part 1-Intro & Drawing procedure | Lecture 9.1 | Engineering Graphics
Projection of Lines (Tamil) | Part 5 - Problems | Lecture 8.5 | Engineering Graphics
Projection of Lines (Tamil) | Part 4 - Problems | Lecture 8.4 | Engineering Graphics
Projection of Lines (Tamil) | Part 3 - Problems | Lecture 8.3 | Engineering Graphics
Projection of Lines (Tamil) | Part 2 - Problems | Lecture 8.2 | Engineering Graphics
Projection of Lines(Tamil) | Part 1-Introduction & Drawing procedure | Lecture 8.1| Engineering Graphics
Projection of Points (Tamil)| Part 2-Problems | Lecture 7 | Engineering Graphics |Dr.S.Malligarjunan
Projection of Points(Tamil)|Part 1-Introduction & Drawing procedure| Lecture 6 |Engineering Graphics
Theory of Projection Part 1-Introduction(Tamil)| Lecture 4 |Engineering Graphics |Dr.S.Malligarjunan
Orthographic Projection (Tamil) | Theory of Projection Part 2 | Lecture 5 | Engineering Graphics
Dimensioning (Tamil) | Lecture 3 | Engineering Graphics | Principles | Methods | Dr.S.Malligarjunan
Line Types & Suitable Pencils (Tamil) | Lecture 2 | Engineering Graphics | Dr.S.Malligarjunan
Frequently used terms | Engg. Graphics | Must watch video| Tamil medium students| Dr.S.Malligarjunan
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